Answer:
7..Bro you have to be trolling
Step-by-step explanation:
Answer:
A rectangle.
Step-by-step explanation:
To graph the points find their pairs on a graph and leave a mark in so area. Eventually, it'll reveal the shape.
Hope this helps,
Davinia.
The rate of interest at which Dylan invested is 3.09%.
The practice of adding interest to the principal of a loan or deposit is known as compound interest, sometimes known as interest on principal and interest. It happens when interest is reinvested, added to the collateral for the loan rather than paid out, or when the borrower is forced to pay it, resulting in interest being created on the principal amount plus any accumulated interest the following period. Compound interest is a prominent concept in finance and economics.
Compound interest allows interest to accumulate over time, in contrast to simple interest, which does not compound because past interest is not returned to the principle for the present period.
principal =360
time =5 years
n=5×4=20 (compounded quarterly)
Amount = 420
Now: 420 = 360(1+r)²⁰
solving for r we get:
r= 0.007737
required rate percent = 0.007737×4 = 0.00193 × 100 = 3.09%
hence the simple annual interest rate is obtained by multiplying the interest per period by the total number of periods in a year is 3.09%.
To learn more about interest visit:
brainly.com/question/11339060
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I hope this helps you
x=-5 f (-5)=4. (-5)^2 =4.25=100
x=0 f(0)=4.0^2=4.0=0
x=5 f (5)=4.5^2=4.25=100
We have been given Marley was asked to solve 
using the Quadratic Formula. She found the discriminant first and decided she did not need to continue with the Quadratic Formula.
We are asked to determine whether Marley is correct or not.
We know when an equation is in form 
, we can use discriminant to check for the real solutions of equation.
If 
, then the equation will have two real solutions.
If 
, then the equation will have one real solution.
If 
, then the equation will have no real solutions.
Let us find discriminant.
Since 
, therefore, the equation will have no real solutions, so Marley is correct.
